Category: Technical How-to

Introduction Today, AWS announces the general availability of Amazon VPC Lattice a new feature of Amazon Virtual Private Cloud (Amazon VPC) that gives you a consistent way to connect, secure, and monitor communication between your services. As part of the launch of Amazon VPC Lattice, we’re excited to introduce the AWS Gateway API controller, an […]

Introduction .NET Developers commonly design Windows-based applications with Active Directory (AD) integration running on domain-joined servers to facilitate authentication and authorization between services and users. Since containers cannot be domain-joined, running these applications in a Windows-based containers required configuring group Managed Service Accounts (gMSA), domain-joined Kubernetes Windows nodes, webhooks and cluster roles to enable Windows […]

Introduction Application Auto Scaling is a web service for developers and system administrators who need a solution for automatically scaling their scalable resources for AWS services such as Amazon Elastic Container Service (Amazon ECS) services, Amazon DynamoDB tables, AWS Lambda Provisioned Concurrency, and more. Application Auto Scaling now offers support for scaling such resources using […]

Introduction The AWS Copilot CLI is a tool that since its launch in 2020, developers have been using to build, manage, and operate Linux and Windows containers on Amazon Elastic Container Service (Amazon ECS), AWS Fargate, and AWS App Runner. In this post, I’ll walk you through how you can use AWS Copilot CLI to […]

At re:Invent in November 2022 we announced a new Amazon Elastic Container Service (Amazon ECS) solution for service-to-service communication called Amazon ECS Service Connect. Amazon ECS Service Connect enables easy communication between microservices and across Amazon Virtual Private Clouds (Amazon VPCs) by leveraging AWS Cloud Map namespaces and logical service names. This allows you to […]

Introduction Many customers use Microsoft Azure Active Directory (Azure AD) as their centralized corporate directory. One of the common requests from customers is to enable their users to use corporate credentials to access Amazon Elastic Kubernetes Service (Amazon EKS) clusters. This approach enables customers to use their already established way of providing authentication for corporate […]

Introduction Karpenter was built to solve issues pertaining to optimal node selection in Kubernetes. Karpenter’s what-you-need-when-you-need-it model simplifies the process of managing compute resources in Kubernetes by adding compute capacity to your cluster based on a pod’s requirements. With the recent release of workload consolidation, Karpenter can now be enabled to continuously monitor and optimize […]

The Kubernetes project is made up of a number of special interest groups (SIGs) that focus on a particular part of the Kubernetes ecosystem. The Storage SIG is focused on different types of storage (block and file) and ensuring that storage is available to containers when they are scheduled. One of the subprojects of the Storage […]

Introduction As Kubernetes adoption grows, many organizations are choosing it as their platform to build and host their modern and secure applications. Security is one of the primary design criteria for many workloads, especially those dealing with sensitive data such as financial data processing. These workloads have a stringent requirement to adhere to various security […]

Introduction Amazon ECS now offers native support for monitoring and automatically reacting to changes during a rolling update by using Amazon CloudWatch metric alarms. This enables customers to easily automate discovery and remediation for failed deployments and minimize the performance and availability impacts. Customers can configure Amazon CloudWatch alarms for their rolling updates using the […]